n = 50; 
N = 50; 
M = 50; 
% X is a nxN matrix; Y is a nxM matrix 
X = [ 13.2 	-0.6 	10.9 	10.5 	12.0 	17.3 	18.7 	14.9 	16.9 	14.2 	15.8 	16.4 	6.3 	9.1 	17.2 	11.7 	10.2 	12.2 	8.7 	18.0 	11.8 	21.9 	23.7 	12.5 	14.0 	9.2 	20.3 	19.9 	13.3 	4.5 	22.8 	17.0 	13.4 	18.7 	17.6 	6.3 	12.4 	11.0 	12.6 	15.7 	21.7 	22.3 	18.2 	7.9 	21.3 	9.1 	4.7 	17.9 	18.5 	21.8 	; ... 
24.1 	14.7 	11.6 	12.2 	-6.4 	16.3 	10.6 	16.3 	9.1 	9.3 	11.0 	18.5 	9.9 	11.2 	11.6 	13.3 	5.8 	6.1 	13.6 	13.3 	-2.8 	3.7 	5.6 	7.4 	7.5 	-2.1 	3.1 	-5.5 	11.3 	11.5 	4.8 	7.9 	10.3 	21.9 	27.0 	3.0 	9.6 	7.1 	7.1 	-4.8 	10.2 	20.9 	10.9 	0.1 	22.2 	3.5 	5.1 	16.4 	13.5 	9.5 	; ... 
11.3 	5.4 	-0.5 	15.0 	1.7 	6.0 	-6.7 	4.9 	13.4 	0.3 	0.4 	-6.5 	5.2 	12.5 	9.0 	9.9 	11.4 	-2.1 	8.8 	2.3 	0.7 	-4.3 	16.7 	-1.7 	15.0 	8.0 	8.7 	4.6 	5.5 	19.3 	1.6 	1.8 	12.2 	-5.6 	-1.9 	9.4 	4.0 	19.9 	6.8 	-10.2 	9.9 	-4.6 	10.5 	4.0 	4.7 	4.5 	2.2 	4.8 	-0.6 	21.3 	; ... 
8.7 	0.3 	18.7 	10.5 	16.8 	1.1 	-6.9 	12.9 	10.4 	-0.2 	9.1 	7.2 	11.1 	-6.8 	14.6 	10.8 	14.7 	21.0 	17.5 	0.8 	7.4 	17.6 	3.6 	13.0 	16.5 	12.2 	12.7 	7.6 	18.9 	11.3 	4.3 	8.7 	2.0 	0.3 	6.4 	15.4 	-7.6 	12.2 	9.7 	11.3 	-0.2 	3.8 	12.5 	10.9 	3.0 	25.6 	7.7 	1.0 	5.3 	3.0 	; ... 
-17.4 	-18.8 	-8.0 	-20.5 	3.2 	-15.0 	-10.1 	-14.5 	-6.3 	-14.7 	-21.2 	-23.8 	-15.7 	-14.6 	-27.6 	-6.2 	-15.0 	-15.5 	-7.6 	-3.6 	-13.7 	-16.0 	-8.0 	-25.7 	-4.8 	-9.6 	-18.0 	-12.5 	-11.1 	-4.9 	-0.4 	-3.4 	-10.4 	-17.3 	-3.4 	-7.7 	-1.5 	-8.4 	4.8 	-27.6 	-13.8 	-5.2 	-11.7 	-10.7 	-9.4 	-18.8 	-15.5 	-16.5 	-13.9 	-1.6 	; ... 
7.0 	8.3 	9.3 	-7.0 	2.8 	10.8 	-11.0 	-2.8 	-8.1 	-13.6 	-11.4 	10.2 	-10.7 	-0.2 	-1.8 	-6.9 	8.4 	-6.8 	-17.9 	-7.6 	-12.2 	-3.7 	-11.6 	-4.5 	-5.6 	7.7 	10.0 	9.6 	-10.6 	7.0 	0.4 	3.2 	7.5 	2.9 	4.5 	-0.2 	11.4 	-8.9 	-16.1 	14.0 	9.5 	-6.4 	-15.2 	-5.6 	3.7 	5.6 	2.6 	6.3 	3.5 	6.4 	; ... 
-8.9 	-15.8 	-8.8 	-9.4 	-11.0 	-13.8 	-5.4 	-2.8 	-11.0 	-12.0 	-9.1 	-6.2 	-18.3 	-9.2 	-12.3 	-14.9 	-12.6 	-7.9 	-9.3 	-12.6 	-22.7 	-17.4 	-14.0 	-7.7 	-11.0 	-22.9 	-10.4 	-9.1 	-17.5 	-16.8 	-5.7 	-12.9 	-10.6 	-2.9 	-20.1 	-18.7 	-14.0 	-20.2 	-18.7 	-10.0 	-5.0 	-25.3 	-6.7 	-12.0 	-14.9 	-8.2 	-11.5 	-12.8 	-20.3 	-15.9 	; ... 
-18.8 	-13.5 	-10.7 	-22.1 	-24.4 	-6.6 	-18.8 	-21.0 	-8.0 	-9.8 	-16.2 	-10.8 	-12.1 	-10.6 	-5.3 	-14.8 	-12.2 	-27.2 	-6.5 	-23.5 	-10.3 	-11.7 	-21.5 	-10.4 	-19.6 	-5.8 	-16.9 	-23.3 	-10.3 	-16.2 	-25.3 	-23.5 	-4.8 	-8.1 	-9.0 	-18.5 	-13.0 	-8.4 	-5.7 	-6.9 	-20.5 	-18.5 	-18.1 	-13.2 	-21.4 	-16.7 	-24.2 	-15.5 	-23.0 	-20.0 	; ... 
21.3 	5.4 	3.1 	2.0 	5.8 	14.6 	5.9 	-0.0 	6.4 	24.5 	2.6 	3.2 	18.1 	-0.4 	9.4 	18.4 	13.6 	6.1 	32.9 	16.4 	9.3 	15.1 	22.1 	2.1 	30.5 	13.8 	9.8 	8.4 	11.9 	12.1 	10.9 	5.8 	-2.5 	8.2 	13.4 	21.0 	14.8 	4.6 	15.5 	9.5 	9.5 	-2.9 	-9.9 	16.0 	20.5 	14.4 	7.8 	10.2 	3.4 	12.8 	; ... 
3.8 	11.4 	-7.5 	8.3 	-19.2 	-4.3 	-0.4 	-0.2 	4.7 	-3.5 	-1.9 	-1.5 	-5.3 	-3.5 	2.5 	4.4 	12.1 	1.7 	-0.1 	-1.6 	-4.2 	-4.3 	4.8 	-0.1 	-8.8 	-4.1 	-9.1 	5.8 	4.2 	-2.9 	-3.2 	-3.4 	-1.4 	0.1 	-4.1 	-1.9 	-1.1 	-2.8 	-1.5 	-10.2 	-0.9 	-12.7 	-0.1 	-1.7 	0.9 	4.6 	-11.4 	-2.6 	-7.0 	7.1 	; ... 
18.2 	1.6 	15.0 	12.8 	9.2 	21.2 	23.8 	15.5 	24.7 	22.7 	20.2 	14.8 	17.1 	18.1 	14.6 	9.8 	11.7 	16.6 	20.8 	17.1 	15.0 	7.6 	12.5 	5.7 	27.3 	23.7 	7.4 	7.9 	14.9 	22.3 	15.8 	-3.8 	13.7 	5.1 	7.0 	9.4 	1.4 	16.0 	19.7 	12.3 	11.6 	12.8 	26.9 	14.2 	6.6 	7.5 	15.2 	7.9 	0.8 	19.5 	; ... 
11.2 	2.2 	2.6 	17.7 	-1.4 	-2.1 	24.5 	15.9 	15.0 	8.0 	9.2 	12.4 	3.3 	5.1 	4.8 	5.6 	13.7 	10.4 	-0.8 	16.8 	14.5 	4.9 	13.5 	20.9 	-4.8 	9.5 	1.3 	7.9 	-1.0 	10.9 	18.8 	6.3 	9.6 	9.8 	11.7 	0.2 	16.1 	-4.6 	4.7 	10.7 	12.1 	13.3 	8.9 	13.4 	30.2 	8.7 	9.3 	11.3 	-8.1 	16.8 	; ... 
16.4 	8.5 	10.1 	11.8 	-5.1 	14.3 	7.9 	13.7 	25.5 	15.0 	12.3 	11.8 	12.5 	26.9 	20.5 	4.9 	16.7 	-3.1 	12.2 	11.9 	6.7 	3.7 	8.7 	-5.5 	5.4 	3.2 	15.7 	16.0 	9.3 	17.9 	3.6 	14.1 	25.7 	12.6 	9.1 	12.8 	16.4 	27.1 	12.9 	12.8 	6.4 	8.8 	15.4 	21.0 	11.6 	-10.0 	17.6 	18.4 	11.9 	23.1 	; ... 
15.3 	19.0 	-5.9 	13.0 	-4.6 	8.9 	-12.1 	-5.3 	7.8 	1.2 	1.1 	-7.0 	-0.4 	-2.8 	-9.0 	2.4 	-15.0 	-0.0 	-5.3 	3.2 	-0.3 	-9.4 	-1.5 	-1.8 	-4.4 	-5.9 	1.4 	-0.2 	2.7 	3.9 	-6.4 	5.4 	-15.8 	-13.9 	4.7 	8.1 	6.5 	-20.5 	-8.2 	-23.4 	2.5 	4.6 	-14.9 	-7.9 	8.1 	-0.2 	7.8 	1.4 	-8.1 	0.7 	; ... 
3.6 	8.2 	18.4 	2.9 	-3.8 	13.7 	10.1 	-8.8 	-2.2 	4.7 	12.6 	11.8 	9.3 	4.1 	22.5 	-6.7 	0.7 	7.3 	-3.5 	7.6 	-1.5 	11.0 	4.9 	14.0 	-0.2 	-4.0 	14.1 	-3.5 	-4.8 	-3.2 	5.1 	2.7 	9.5 	23.9 	7.9 	-1.3 	5.1 	4.2 	5.0 	11.7 	12.7 	5.7 	17.8 	-2.2 	19.4 	5.8 	-1.5 	24.7 	9.3 	0.8 	; ... 
-9.1 	-3.0 	5.5 	-3.0 	11.6 	6.9 	-24.6 	-12.6 	-11.8 	-5.5 	-16.8 	-9.3 	-4.9 	-6.2 	-8.9 	-7.3 	-12.9 	-11.0 	-16.3 	-8.6 	-15.8 	-4.5 	-1.7 	-4.7 	4.5 	1.4 	3.0 	-10.4 	1.8 	-3.9 	-5.1 	-19.8 	-14.3 	-22.1 	-13.5 	-1.8 	1.1 	-9.6 	-10.4 	-20.3 	-12.6 	-2.9 	-3.9 	-17.9 	-19.1 	-9.2 	-1.2 	-2.0 	-5.6 	2.1 	; ... 
-12.9 	7.6 	-5.6 	2.8 	-1.8 	0.8 	-17.3 	0.6 	0.5 	-16.2 	-7.4 	-2.2 	-2.3 	-10.9 	-8.4 	-12.3 	-7.3 	-13.1 	-7.6 	-10.3 	-11.2 	-9.2 	-5.5 	-6.0 	11.6 	1.3 	5.1 	-3.4 	-1.9 	3.9 	-0.2 	2.6 	-14.3 	2.8 	-6.4 	-6.6 	-10.6 	0.0 	-17.4 	8.2 	12.6 	-8.1 	-0.8 	-21.0 	-9.7 	14.6 	4.6 	-6.1 	4.3 	-9.8 	; ... 
-14.8 	-19.4 	-16.1 	-13.4 	-28.5 	-22.5 	-7.7 	-15.5 	-23.0 	-18.8 	-18.9 	-3.1 	-17.6 	-22.7 	-8.2 	-15.0 	-2.8 	-1.8 	-11.6 	-3.5 	-5.0 	-7.8 	-17.1 	0.7 	-20.7 	2.0 	-21.7 	-8.9 	-14.3 	-25.4 	-12.3 	-28.7 	-20.4 	-9.0 	-12.9 	-21.8 	-27.4 	-16.0 	-17.6 	-15.8 	-7.5 	2.3 	-3.9 	-15.0 	-4.7 	-14.8 	-21.3 	-16.9 	-23.3 	-7.8 	; ... 
-15.4 	-3.6 	-5.4 	-15.7 	-7.6 	-18.5 	-6.2 	-15.5 	-19.8 	-7.2 	-21.3 	-16.8 	-16.7 	-14.9 	-21.5 	-17.1 	-18.1 	-0.1 	-13.6 	-11.8 	-9.8 	-16.1 	-15.6 	-19.2 	2.8 	-19.6 	-11.9 	-23.7 	-17.5 	-11.1 	-13.7 	-9.2 	-23.1 	-14.1 	-17.5 	-2.4 	-23.0 	-8.4 	-9.3 	-17.2 	-20.6 	-24.1 	-10.8 	-9.6 	-20.8 	-9.9 	-14.9 	-18.4 	-10.5 	-18.2 	; ... 
3.3 	26.0 	11.4 	13.6 	5.8 	5.2 	11.8 	5.0 	2.0 	6.8 	-2.1 	21.7 	3.6 	2.5 	19.2 	7.9 	0.8 	17.0 	-0.3 	8.9 	1.9 	14.4 	6.2 	16.3 	-0.5 	-2.7 	17.0 	-2.4 	-4.1 	0.9 	3.5 	10.1 	7.7 	18.8 	17.1 	7.6 	5.2 	8.0 	5.9 	17.8 	-1.8 	10.6 	15.2 	8.2 	9.0 	22.0 	3.8 	15.4 	16.2 	-6.4 	; ... 
-17.0 	-19.2 	-15.9 	-20.9 	-14.1 	-7.5 	-41.9 	-11.0 	-26.3 	-27.6 	-12.2 	-23.8 	-19.5 	-18.3 	-8.0 	-20.2 	-18.6 	-27.9 	-11.5 	-22.6 	-21.2 	-13.4 	-16.0 	-24.4 	-7.6 	-19.2 	0.8 	-11.1 	-11.2 	-14.2 	-19.8 	-17.4 	-22.0 	-18.1 	-11.6 	-14.8 	-22.0 	2.3 	-20.1 	-23.6 	-15.0 	-16.0 	-7.0 	-20.0 	-38.6 	-28.2 	-18.7 	-17.8 	-13.3 	-20.1 	; ... 
-2.3 	-4.9 	-8.6 	-8.6 	-15.1 	-16.0 	8.4 	-7.4 	13.0 	-4.7 	-2.4 	-0.5 	1.5 	4.5 	2.5 	4.2 	2.1 	-1.7 	5.0 	-3.0 	0.7 	4.4 	-9.2 	2.1 	-3.3 	-6.1 	-12.1 	-4.9 	-5.2 	-9.3 	-3.0 	0.5 	5.0 	1.9 	-4.7 	-4.6 	-7.5 	1.7 	1.1 	-2.5 	1.4 	-8.1 	-1.5 	5.0 	-6.9 	7.6 	0.9 	2.3 	-6.4 	-4.6 	; ... 
-14.7 	-3.4 	-18.6 	-13.9 	-14.9 	-12.2 	-22.3 	-13.6 	-12.9 	-9.8 	-17.9 	-11.8 	-22.6 	-7.6 	-21.6 	-8.8 	-16.3 	-14.9 	-22.5 	-22.5 	-18.2 	-12.1 	-5.7 	-24.5 	-28.2 	-20.0 	-1.9 	-5.5 	-15.9 	-19.2 	-12.6 	0.8 	-10.1 	-24.7 	-11.3 	-15.1 	1.6 	-17.3 	-22.2 	-32.5 	-16.2 	-15.4 	-25.6 	0.4 	0.9 	-24.6 	-6.6 	-9.8 	-11.4 	-0.6 	; ... 
-2.4 	-34.1 	-22.2 	-21.1 	-30.5 	-16.5 	-11.6 	-19.1 	-6.4 	-9.5 	-14.7 	-9.1 	3.9 	-0.6 	-8.1 	-11.3 	-2.3 	-19.2 	-13.8 	-15.8 	-7.6 	-5.0 	-18.8 	-14.5 	-10.9 	-13.6 	-15.2 	-8.0 	-14.6 	-10.3 	-13.1 	-12.9 	4.4 	-12.4 	-15.8 	-9.8 	-12.0 	-23.6 	-14.4 	-6.0 	-4.1 	-14.7 	-18.8 	10.1 	-8.0 	-11.1 	-3.8 	-2.0 	-14.1 	-8.7 	; ... 
16.3 	20.2 	-8.5 	-0.9 	-10.2 	2.8 	16.1 	9.3 	10.0 	3.3 	16.1 	6.4 	10.7 	15.0 	0.2 	-1.8 	18.7 	7.8 	1.4 	-0.4 	20.0 	3.2 	8.7 	2.0 	8.6 	-10.8 	7.2 	14.3 	2.0 	3.4 	12.7 	18.7 	4.4 	14.8 	8.0 	6.8 	4.4 	5.6 	-4.7 	16.7 	20.8 	8.1 	-8.4 	9.1 	-1.7 	4.9 	5.7 	9.8 	15.2 	-2.0 	; ... 
-8.8 	3.5 	-11.9 	11.7 	-9.7 	-18.9 	2.0 	-9.7 	-10.7 	-4.0 	-14.4 	-7.8 	-14.9 	-10.5 	-9.0 	-1.8 	-21.6 	1.6 	-10.0 	-1.9 	-14.0 	-4.8 	-16.8 	1.0 	-7.8 	-14.7 	-16.9 	-5.0 	-15.1 	-13.7 	-10.8 	-8.8 	-21.3 	-11.4 	-16.0 	-6.2 	-15.1 	-23.6 	-8.3 	-11.4 	-12.0 	-12.3 	-8.9 	-4.4 	-16.8 	-1.4 	-2.8 	-10.8 	-15.3 	-8.2 	; ... 
-36.7 	-19.5 	-24.9 	-21.7 	-9.6 	-16.9 	-11.4 	-31.7 	-13.7 	-14.5 	-9.3 	-17.6 	-7.2 	-19.8 	-18.4 	-17.9 	-12.4 	-21.7 	-21.2 	-24.5 	1.6 	-11.2 	-0.3 	-27.1 	-11.7 	-4.9 	-19.3 	-11.7 	-8.6 	-33.9 	-12.6 	-6.8 	-20.9 	-12.3 	-25.5 	-9.7 	-21.1 	-8.8 	-12.3 	-1.7 	-6.7 	-17.3 	-7.5 	-18.9 	-15.4 	-27.7 	-22.3 	-27.7 	-16.2 	-19.8 	; ... 
-9.9 	-4.4 	-0.4 	-10.4 	-13.7 	5.2 	-11.5 	-2.1 	-5.7 	-14.2 	-4.3 	-9.6 	-9.9 	3.8 	-11.9 	-13.7 	-15.4 	-14.9 	-23.0 	-10.6 	-7.7 	-6.4 	-20.5 	0.4 	-17.5 	-6.8 	-4.8 	-2.5 	-16.5 	-8.0 	-14.1 	-2.9 	-4.1 	-11.2 	-7.0 	-20.2 	-7.1 	-12.6 	-18.8 	2.8 	-10.4 	-8.6 	-11.3 	-5.0 	-10.8 	-8.5 	-2.3 	-5.9 	-13.2 	-18.3 	; ... 
-2.6 	-4.6 	-2.2 	-7.5 	-2.7 	-1.0 	10.7 	2.2 	-11.9 	-0.8 	-1.4 	-1.1 	-6.1 	-8.1 	-12.2 	-5.3 	0.7 	-8.3 	11.0 	-2.9 	-2.7 	-6.1 	8.4 	-22.1 	5.3 	-10.1 	-6.9 	2.9 	-1.0 	-0.5 	-7.2 	-1.2 	-13.1 	2.2 	3.3 	-8.9 	-5.9 	-0.2 	-0.5 	-10.3 	-0.9 	-5.4 	-7.0 	1.2 	-3.0 	-20.2 	0.2 	-7.6 	-11.3 	5.9 	; ... 
-10.2 	-5.1 	6.0 	-9.7 	-7.6 	4.3 	-0.6 	-9.1 	-2.4 	-9.2 	-24.7 	-3.3 	-11.3 	12.3 	-11.2 	-8.0 	-10.2 	-12.9 	-9.0 	-8.2 	-4.8 	11.5 	-2.7 	-9.4 	5.7 	-11.4 	0.4 	-11.0 	-2.3 	-13.1 	-0.2 	-4.4 	-6.9 	-13.8 	0.8 	-4.2 	-9.6 	0.6 	-3.6 	-7.5 	-9.0 	-4.3 	-9.2 	4.3 	-16.4 	-18.3 	-3.6 	-1.5 	-8.5 	-11.6 	; ... 
1.8 	-5.1 	1.8 	4.9 	5.0 	8.7 	10.2 	18.9 	7.5 	8.6 	10.2 	10.5 	5.1 	16.7 	-4.1 	5.9 	5.6 	3.5 	-3.9 	7.2 	7.4 	3.5 	3.5 	3.6 	-19.9 	11.3 	1.4 	14.5 	-3.1 	10.2 	9.3 	3.6 	6.9 	-3.7 	8.8 	-10.7 	-2.1 	4.4 	1.1 	-5.5 	16.2 	9.3 	0.5 	15.7 	15.8 	-15.5 	15.3 	4.7 	-2.4 	12.7 	; ... 
4.2 	-18.0 	-3.4 	-0.4 	-10.9 	3.3 	-27.1 	-6.3 	2.0 	-9.8 	-7.3 	-8.4 	-20.6 	-5.4 	-6.7 	-13.5 	-18.4 	-7.7 	-6.9 	-11.6 	-14.5 	-2.4 	-10.2 	-5.3 	-12.6 	-10.0 	-1.5 	-11.3 	3.1 	-8.9 	-5.0 	-11.3 	-18.0 	-15.4 	-4.5 	-4.0 	-7.0 	-13.8 	-16.7 	-22.2 	-8.9 	7.0 	-3.9 	-9.1 	-9.2 	-11.7 	-10.3 	-9.0 	-14.6 	-7.1 	; ... 
-8.1 	0.1 	-7.2 	9.5 	6.5 	1.5 	12.4 	4.1 	-7.2 	9.2 	7.4 	2.5 	-0.9 	-10.8 	7.6 	20.0 	9.3 	8.8 	5.2 	2.6 	-0.4 	19.0 	16.0 	15.8 	-2.4 	6.9 	7.6 	12.3 	21.7 	0.3 	-2.8 	1.8 	4.8 	17.8 	3.7 	-12.4 	6.9 	1.2 	-0.8 	-4.7 	15.6 	-8.4 	1.9 	16.7 	-0.1 	23.9 	-0.9 	9.5 	17.0 	2.7 	; ... 
18.8 	13.8 	15.7 	10.7 	-0.1 	10.3 	23.7 	4.0 	15.5 	16.6 	8.4 	16.5 	4.1 	16.0 	1.1 	7.6 	3.3 	6.3 	-5.4 	9.4 	16.2 	2.9 	8.9 	13.4 	10.4 	10.6 	-1.8 	-4.6 	6.1 	2.0 	17.5 	12.3 	9.4 	8.4 	11.9 	14.0 	20.8 	-9.0 	4.6 	9.3 	0.3 	15.2 	9.6 	8.1 	18.6 	8.7 	4.7 	12.3 	7.9 	8.8 	; ... 
-12.1 	-27.4 	3.0 	-2.1 	-20.8 	-14.3 	-1.6 	-1.3 	-1.5 	-21.6 	0.7 	-14.5 	-9.5 	4.1 	-1.8 	-5.8 	-13.0 	-12.2 	-2.5 	3.0 	-14.9 	-4.8 	-9.9 	1.6 	-24.7 	-15.5 	-23.5 	-5.1 	-0.7 	-16.0 	-12.8 	-5.9 	-6.1 	-16.3 	-12.8 	-17.2 	-13.3 	5.5 	-8.0 	-11.0 	-20.7 	-4.8 	1.2 	-4.6 	-10.0 	-14.1 	-8.7 	-11.9 	-14.4 	-9.4 	; ... 
-1.1 	17.6 	-6.8 	8.5 	2.4 	0.7 	4.5 	3.5 	11.8 	6.1 	-0.9 	0.7 	1.7 	0.9 	-4.0 	3.1 	-13.9 	3.4 	8.3 	11.0 	6.5 	-7.5 	16.0 	0.3 	14.8 	5.1 	2.4 	-10.3 	0.4 	-0.9 	-9.4 	-7.1 	4.4 	-0.3 	-0.0 	-0.0 	11.5 	6.3 	3.7 	6.6 	-1.1 	18.0 	1.8 	-11.3 	12.1 	7.4 	-2.9 	-7.8 	-4.9 	0.3 	; ... 
3.6 	-17.1 	14.7 	4.7 	11.2 	10.5 	9.0 	5.2 	13.2 	3.2 	8.5 	6.8 	9.3 	7.1 	5.4 	9.4 	10.4 	-0.1 	-7.2 	2.7 	11.8 	8.0 	13.7 	13.9 	4.2 	19.9 	0.5 	2.8 	15.6 	3.5 	10.2 	1.3 	6.9 	-2.9 	1.0 	1.1 	4.7 	1.6 	-2.7 	2.9 	0.5 	16.0 	13.9 	9.5 	11.3 	2.4 	4.1 	7.3 	-5.3 	15.9 	; ... 
11.6 	3.7 	12.3 	15.0 	10.0 	8.5 	-1.8 	14.0 	11.4 	4.1 	10.7 	10.0 	6.8 	11.1 	13.6 	18.2 	6.8 	14.2 	10.2 	7.6 	10.4 	17.0 	2.6 	19.4 	-2.9 	1.7 	11.5 	8.3 	7.6 	9.1 	6.6 	16.5 	16.9 	-7.4 	10.4 	5.9 	10.0 	8.5 	10.6 	3.3 	1.7 	15.5 	17.6 	19.5 	5.9 	11.6 	7.4 	6.2 	-0.3 	11.0 	; ... 
15.8 	22.8 	3.0 	12.2 	0.4 	3.9 	6.7 	-3.8 	-1.0 	2.1 	5.8 	18.0 	-7.8 	-6.8 	1.1 	9.7 	6.3 	13.9 	-2.3 	6.8 	3.7 	-8.8 	-20.3 	15.8 	0.5 	12.2 	-6.1 	-7.5 	-10.7 	-3.7 	5.8 	-2.7 	1.8 	5.5 	13.4 	9.0 	6.0 	-17.0 	-1.8 	2.7 	0.2 	1.9 	1.4 	-12.0 	12.5 	25.2 	6.4 	11.6 	-0.2 	5.5 	; ... 
-2.6 	-8.4 	-10.7 	-8.1 	-10.9 	-6.1 	-14.5 	-15.4 	-9.3 	-10.4 	-13.6 	-7.0 	-21.7 	0.3 	-8.4 	-8.1 	-13.0 	-16.7 	-14.6 	-6.0 	-3.7 	-7.2 	-10.9 	-12.9 	-17.4 	-16.4 	-0.3 	-2.6 	-10.1 	-15.5 	-13.0 	-10.0 	-12.0 	-13.6 	-7.6 	2.6 	-2.5 	-3.4 	-4.9 	-16.1 	-10.2 	0.9 	-13.2 	-8.1 	-10.7 	-22.6 	-7.4 	-10.9 	-11.2 	-4.4 	; ... 
-6.4 	1.1 	-7.0 	-13.4 	5.2 	7.9 	-0.3 	-11.0 	-11.0 	5.5 	-2.4 	-7.5 	-8.3 	-3.1 	-9.9 	-5.1 	-1.4 	-7.0 	-3.5 	-7.9 	2.0 	-1.8 	4.1 	-15.6 	-6.2 	0.1 	0.6 	-3.6 	-1.6 	-7.8 	-5.5 	-9.6 	-1.2 	-3.2 	-5.1 	3.9 	8.1 	-1.3 	-3.0 	-9.9 	-10.9 	-7.6 	-10.1 	-4.0 	-9.6 	-19.6 	-8.3 	-8.4 	-2.8 	-0.8 	; ... 
20.9 	18.3 	6.3 	15.5 	5.4 	10.2 	2.0 	23.4 	6.7 	1.3 	26.7 	10.4 	-6.9 	-0.4 	16.6 	9.1 	3.4 	5.7 	5.3 	5.0 	11.4 	4.5 	-4.4 	12.1 	4.4 	15.8 	15.6 	8.6 	6.3 	22.4 	10.9 	4.4 	11.2 	10.2 	28.7 	9.4 	15.8 	8.6 	10.0 	9.1 	4.1 	20.1 	10.1 	-5.5 	12.9 	21.6 	10.1 	13.7 	17.9 	14.5 	; ... 
-29.6 	0.8 	-9.5 	-10.0 	-18.0 	-4.0 	1.3 	-8.7 	-0.9 	-12.6 	10.6 	-15.5 	-11.1 	-9.8 	-4.1 	-2.4 	-24.0 	3.4 	-12.1 	-8.6 	-8.6 	-12.0 	-3.9 	-20.2 	-8.7 	-23.3 	-8.0 	-11.1 	-8.4 	-8.0 	-8.0 	-8.7 	-20.7 	-17.5 	-6.7 	6.3 	-12.6 	-4.2 	-3.5 	-28.6 	-1.4 	-21.1 	2.4 	-6.1 	-28.5 	-3.2 	-13.2 	-14.5 	-12.9 	-21.5 	; ... 
-0.5 	-10.1 	-9.6 	-3.5 	-11.1 	-5.0 	-29.0 	-2.8 	-11.9 	0.3 	-7.7 	-2.5 	-13.9 	-11.5 	-13.2 	-7.9 	-2.0 	-18.9 	-5.0 	-23.6 	9.6 	11.4 	-15.5 	3.8 	-10.6 	-5.3 	-3.9 	-6.2 	11.4 	-5.8 	-16.7 	1.2 	-11.0 	4.5 	1.0 	-12.3 	-10.1 	-7.4 	-20.8 	-8.1 	-10.4 	1.0 	-10.6 	-3.2 	-10.6 	-6.0 	1.3 	-15.6 	3.3 	-9.1 	; ... 
1.9 	23.2 	7.7 	4.0 	19.0 	6.7 	23.8 	9.1 	10.8 	17.2 	5.9 	8.1 	3.6 	4.3 	4.0 	13.6 	-1.2 	19.4 	7.4 	16.0 	22.1 	14.8 	13.1 	3.8 	9.9 	11.2 	7.2 	7.1 	9.5 	9.6 	9.1 	9.9 	-1.9 	4.5 	10.6 	12.8 	13.4 	2.7 	16.6 	-1.1 	4.3 	11.2 	6.0 	7.6 	16.6 	10.1 	9.6 	2.2 	11.6 	10.0 	; ... 
-19.2 	-25.6 	-9.1 	-18.9 	-1.5 	-14.3 	-28.8 	-21.6 	-15.3 	-20.0 	-11.2 	-25.0 	-15.4 	-21.6 	-17.3 	-16.7 	-20.8 	-26.9 	-8.5 	-14.1 	-21.2 	-9.8 	-21.7 	-2.2 	-27.3 	-16.9 	-25.9 	-9.0 	-11.4 	-14.1 	-13.1 	-7.9 	-6.2 	-14.6 	-19.2 	-19.3 	12.5 	-35.7 	-6.8 	-16.0 	-12.1 	-26.2 	-29.8 	-29.5 	-9.7 	0.8 	-19.1 	-18.6 	-8.1 	-19.2 	; ... 
16.5 	21.5 	-7.3 	11.0 	-12.0 	8.3 	20.2 	22.0 	7.6 	-1.9 	19.0 	2.2 	5.0 	8.5 	0.4 	8.1 	8.8 	5.3 	-8.3 	-0.3 	11.4 	-8.8 	8.2 	10.5 	5.7 	1.0 	8.1 	2.4 	2.6 	9.3 	6.6 	4.9 	-6.2 	9.5 	10.7 	-5.2 	-0.8 	2.9 	-5.4 	1.4 	11.5 	10.2 	11.0 	2.4 	5.7 	5.0 	6.2 	11.1 	-5.6 	0.7 	; ... 
3.8 	-1.1 	-14.2 	-5.7 	-2.9 	-11.0 	-13.8 	-5.6 	-12.6 	-8.4 	-21.0 	-3.1 	-9.5 	-2.4 	-5.2 	-3.4 	-5.2 	-17.3 	-7.3 	-18.4 	-14.9 	-14.7 	-4.1 	-21.2 	4.6 	-11.2 	-0.3 	-11.6 	-5.8 	-5.3 	-15.7 	-4.0 	-1.9 	9.5 	-15.4 	-11.3 	-3.6 	-1.1 	-10.8 	-0.7 	-2.2 	-12.3 	0.6 	-1.8 	-4.1 	-9.3 	-6.4 	-2.0 	-5.2 	-7.6 	; ... 
17.3 	12.6 	0.8 	-5.7 	-3.9 	10.4 	12.6 	7.8 	6.3 	13.9 	8.9 	11.7 	-1.8 	11.4 	3.1 	-5.3 	6.6 	9.5 	-3.1 	9.7 	8.1 	1.1 	-5.4 	-0.7 	-3.5 	7.6 	15.5 	4.0 	3.0 	5.5 	6.9 	0.6 	0.9 	14.0 	10.1 	6.2 	0.9 	9.9 	-6.4 	-4.7 	6.5 	1.7 	1.7 	2.2 	10.9 	-10.8 	17.9 	11.1 	3.9 	11.3 	; ... 
6.4 	15.3 	4.9 	-4.3 	5.3 	17.9 	5.8 	6.3 	-0.5 	10.5 	4.2 	3.4 	6.6 	4.3 	7.8 	3.9 	-4.0 	1.0 	3.9 	1.7 	13.9 	13.7 	8.1 	1.2 	13.3 	8.1 	19.3 	-5.4 	-0.2 	16.5 	-0.1 	3.8 	-4.8 	18.6 	17.2 	13.0 	7.3 	8.3 	7.9 	1.2 	10.4 	12.2 	10.5 	3.9 	0.3 	3.5 	2.3 	7.1 	11.0 	1.4 	]; 
Y = [ -21.5 	-24.4 	-24.2 	-19.1 	-32.8 	-9.5 	-25.4 	-29.0 	-30.2 	-14.7 	-15.8 	-23.9 	-21.8 	-12.8 	-11.8 	-27.8 	-24.2 	-14.6 	-12.2 	-18.0 	-14.9 	-11.4 	-12.5 	-21.2 	-19.3 	-24.5 	-21.4 	-12.4 	-16.0 	-15.9 	-18.8 	-14.8 	-17.5 	-18.8 	-22.8 	-19.2 	-11.3 	-3.4 	-23.5 	-23.8 	-19.8 	-18.0 	-14.1 	-8.0 	-22.2 	-26.7 	-19.1 	-21.8 	-27.0 	-18.3 	; ... 
-15.2 	-13.9 	-18.4 	-32.8 	-7.6 	-9.6 	-17.6 	-10.6 	-10.2 	-17.1 	-17.4 	-14.8 	-19.5 	-21.3 	-22.6 	-10.2 	-13.2 	-28.5 	-13.9 	-9.5 	-2.7 	-4.6 	-4.2 	-15.5 	-18.8 	-10.5 	-4.9 	-6.1 	-14.4 	-10.5 	-5.3 	-0.8 	-10.7 	-0.6 	-12.8 	-7.7 	-5.3 	-8.9 	-6.1 	-7.4 	-2.5 	-2.7 	-8.1 	-12.1 	-9.5 	-18.4 	-13.8 	-21.6 	-18.7 	-9.2 	; ... 
-1.8 	-11.4 	-19.5 	-0.2 	-15.3 	9.0 	-0.2 	-6.8 	-2.6 	-16.6 	7.0 	-16.9 	-6.4 	-10.8 	-0.3 	3.1 	-4.0 	-16.7 	-13.3 	-3.7 	-8.9 	-8.4 	1.5 	-17.0 	-4.7 	-9.7 	-2.2 	-3.8 	-5.1 	0.5 	0.8 	3.6 	-5.3 	-10.1 	-10.5 	-13.1 	0.1 	-3.2 	-18.4 	-7.3 	-4.2 	-3.5 	-9.1 	1.3 	9.0 	-1.2 	-6.1 	3.5 	-12.5 	-10.2 	; ... 
-9.6 	-9.4 	-10.4 	-13.9 	-18.4 	-5.3 	-16.6 	-5.6 	-3.0 	-13.7 	0.3 	-9.1 	-5.8 	-2.9 	-4.8 	-0.2 	7.5 	-15.9 	-15.0 	-7.8 	-20.4 	-7.6 	-10.7 	-0.2 	9.0 	-15.1 	-5.1 	-15.9 	1.5 	-7.1 	-5.3 	-4.8 	-0.2 	1.2 	-1.4 	-16.7 	-1.3 	-2.7 	1.8 	-1.2 	-9.1 	-4.4 	-2.9 	-0.1 	-7.2 	-2.4 	-7.9 	2.3 	-15.2 	-10.9 	; ... 
10.3 	8.8 	7.7 	7.0 	9.9 	12.7 	11.1 	21.5 	7.9 	9.1 	11.8 	9.1 	12.1 	22.0 	12.9 	5.0 	7.6 	13.1 	3.1 	15.3 	24.4 	8.7 	7.7 	-1.6 	19.9 	14.2 	1.1 	17.1 	12.5 	10.3 	17.5 	12.1 	-4.6 	17.1 	15.5 	15.8 	8.2 	13.4 	18.6 	0.7 	15.5 	14.2 	25.3 	5.1 	19.6 	21.0 	9.0 	9.5 	12.9 	5.2 	; ... 
6.1 	0.7 	2.5 	2.9 	9.4 	-1.1 	12.6 	9.1 	3.1 	0.2 	9.3 	0.4 	-5.9 	-2.9 	7.4 	3.0 	8.3 	-1.2 	-8.5 	-10.0 	-5.0 	2.9 	-0.1 	-2.0 	8.0 	2.1 	6.2 	11.5 	-2.1 	10.7 	11.9 	8.9 	5.6 	8.8 	-6.7 	-2.0 	4.8 	-5.1 	-8.3 	9.0 	-4.3 	15.3 	8.1 	10.0 	12.5 	18.0 	8.1 	1.7 	8.3 	8.2 	; ... 
19.8 	22.1 	28.6 	11.5 	15.9 	-0.0 	6.8 	7.7 	18.7 	18.2 	14.0 	23.4 	10.2 	17.1 	14.0 	22.6 	14.9 	23.8 	18.0 	17.3 	11.9 	17.1 	12.4 	11.9 	17.2 	7.6 	18.5 	-2.2 	11.2 	2.4 	14.2 	8.2 	22.6 	6.0 	17.1 	23.9 	5.3 	10.6 	10.9 	24.4 	16.9 	7.7 	15.7 	5.6 	7.3 	4.5 	13.9 	13.8 	21.8 	13.0 	; ... 
14.1 	13.2 	16.7 	15.9 	7.5 	18.2 	26.5 	22.3 	13.1 	11.4 	14.6 	22.3 	24.7 	14.1 	24.2 	11.6 	15.0 	9.8 	9.4 	20.7 	9.5 	20.2 	20.9 	23.6 	23.0 	22.6 	6.3 	8.0 	13.6 	27.3 	17.9 	27.8 	9.1 	23.3 	21.4 	14.1 	22.0 	11.2 	7.2 	17.4 	19.1 	9.2 	10.2 	18.1 	21.4 	20.4 	19.6 	19.0 	9.6 	19.0 	; ... 
-8.9 	-20.6 	-12.7 	-8.1 	-13.8 	-15.0 	-19.1 	-4.9 	-9.5 	-13.6 	-6.5 	-11.5 	-12.5 	-13.7 	-5.2 	-6.3 	-15.9 	-6.6 	-12.3 	-10.1 	6.5 	-26.9 	-5.4 	-9.1 	-15.2 	-13.9 	-17.4 	-2.9 	-12.8 	-11.3 	-9.4 	-16.0 	-11.7 	-2.8 	-10.7 	-10.3 	-2.3 	1.7 	-24.6 	0.7 	1.6 	-9.0 	-7.8 	-14.9 	-6.9 	-13.1 	-12.6 	-10.0 	-6.9 	-11.7 	; ... 
-0.1 	3.2 	7.1 	5.4 	2.0 	-0.6 	-8.2 	1.6 	7.9 	-2.1 	1.6 	10.5 	-11.2 	11.7 	-2.4 	-8.1 	6.5 	11.5 	2.4 	-2.3 	2.9 	1.8 	-6.7 	9.2 	12.8 	-2.8 	-3.9 	-5.5 	3.5 	-7.7 	10.1 	-5.5 	-2.9 	6.5 	16.0 	-0.8 	-4.7 	2.2 	-2.5 	9.2 	6.2 	12.1 	14.5 	-8.2 	-2.9 	-0.0 	3.4 	4.6 	0.6 	6.2 	; ... 
-3.5 	-6.7 	-14.2 	-10.4 	-15.5 	-10.4 	-11.6 	-20.9 	-24.1 	-13.1 	-13.5 	-5.4 	-10.0 	-14.2 	-10.7 	-25.6 	-17.5 	-4.6 	-14.5 	-8.4 	1.1 	-10.5 	-19.7 	-10.2 	-17.9 	-10.2 	-23.0 	-13.8 	-17.3 	-13.9 	-16.9 	0.3 	-18.7 	-10.3 	-10.1 	-9.6 	-15.4 	-15.9 	-12.6 	-18.5 	-16.2 	-11.2 	-31.7 	-13.6 	0.1 	-15.7 	-13.1 	-17.2 	-12.2 	-13.0 	; ... 
-15.9 	-6.5 	1.3 	-20.8 	-14.1 	-18.6 	-2.5 	-11.4 	-7.3 	-2.3 	-10.3 	-29.3 	-11.9 	-3.8 	-14.3 	-2.5 	-12.1 	-12.4 	-18.4 	-10.0 	-20.6 	-0.3 	-14.8 	-21.2 	-22.7 	-3.7 	-15.7 	-6.3 	-0.2 	-13.4 	-19.5 	-19.1 	-8.6 	-28.4 	1.1 	-2.3 	-19.3 	-11.2 	-3.7 	-24.6 	-5.8 	-13.6 	-1.8 	-6.9 	-13.7 	-14.6 	-2.1 	-3.6 	-10.0 	-11.4 	; ... 
-6.7 	-9.9 	-11.7 	-7.7 	-5.7 	-6.6 	-12.2 	-11.0 	-12.1 	-13.1 	6.3 	-19.8 	-2.5 	-25.1 	-13.0 	-11.6 	-15.3 	-15.6 	-4.9 	-18.9 	-20.5 	-0.5 	-30.0 	-3.6 	-5.4 	-17.8 	-24.6 	-17.0 	-19.0 	-4.8 	-19.0 	-8.0 	-15.6 	-10.9 	-7.9 	-11.3 	-19.6 	-20.5 	-10.8 	-11.7 	-12.5 	-22.4 	-21.0 	-4.3 	-5.7 	2.6 	-1.2 	-12.7 	-1.3 	-11.8 	; ... 
4.1 	-4.3 	-12.2 	-2.9 	11.7 	19.9 	3.2 	9.5 	1.3 	-2.0 	2.4 	-8.0 	1.6 	6.4 	3.8 	-8.0 	2.7 	0.9 	4.7 	-9.0 	17.8 	-0.4 	-7.2 	4.6 	6.7 	-2.3 	-10.2 	10.0 	-3.8 	6.9 	-7.2 	9.4 	-4.1 	9.3 	-1.2 	-1.6 	-12.2 	-1.9 	-1.2 	1.0 	9.5 	12.0 	-0.6 	11.1 	16.7 	8.6 	7.2 	-0.7 	2.7 	-10.2 	; ... 
-1.3 	3.4 	4.0 	-20.9 	-7.6 	-13.3 	-3.8 	-24.7 	-10.3 	-4.2 	1.3 	7.9 	-0.2 	7.4 	-1.0 	-24.8 	-1.0 	0.6 	-6.6 	-16.0 	-18.3 	-14.5 	-11.4 	-25.5 	-19.7 	3.7 	-0.5 	-16.0 	-13.6 	-8.8 	-1.0 	-9.7 	-12.0 	-2.0 	-2.8 	-6.4 	-6.3 	-6.1 	-1.3 	-13.3 	-12.4 	-8.3 	-6.5 	-17.4 	-2.5 	-22.2 	-14.1 	0.3 	-0.4 	1.4 	; ... 
6.8 	16.4 	9.7 	6.6 	7.1 	11.4 	-2.5 	-0.6 	12.7 	16.7 	-2.3 	4.4 	-1.7 	-0.4 	7.5 	7.1 	7.6 	7.7 	13.5 	13.9 	7.9 	9.5 	3.9 	8.9 	0.1 	2.3 	11.4 	-1.9 	19.6 	-0.9 	7.5 	4.9 	5.0 	-0.1 	17.8 	16.6 	-3.1 	1.0 	7.2 	9.6 	4.7 	-4.0 	2.4 	1.7 	3.8 	15.3 	8.3 	12.5 	6.2 	29.3 	; ... 
10.4 	4.2 	6.4 	-0.8 	-3.7 	1.1 	6.9 	0.7 	7.2 	6.3 	-4.5 	-7.1 	-0.3 	9.4 	-8.4 	-0.9 	1.3 	4.5 	3.2 	14.2 	6.7 	25.3 	-3.1 	16.3 	13.7 	-7.7 	-9.2 	-0.6 	11.6 	9.0 	-7.3 	7.3 	-3.4 	15.9 	11.2 	-13.8 	-7.7 	14.8 	4.2 	0.4 	3.0 	-2.5 	3.7 	-7.1 	-6.1 	9.1 	4.3 	-0.5 	-0.7 	9.7 	; ... 
19.0 	22.0 	10.5 	-15.4 	12.1 	27.5 	5.8 	9.3 	6.0 	18.4 	4.0 	5.9 	5.8 	7.0 	11.4 	16.2 	14.4 	10.7 	12.4 	20.0 	23.8 	18.4 	11.0 	6.7 	28.8 	0.7 	9.4 	13.8 	13.7 	15.7 	17.0 	19.4 	18.0 	21.1 	10.3 	4.1 	23.6 	14.9 	16.2 	7.0 	14.0 	6.4 	14.6 	4.4 	17.3 	16.3 	-0.1 	6.6 	10.4 	16.2 	; ... 
11.5 	12.8 	15.4 	15.6 	17.8 	13.2 	19.9 	24.2 	14.5 	13.2 	9.2 	9.7 	16.0 	-0.8 	19.4 	10.3 	12.7 	12.4 	18.8 	24.1 	13.3 	2.3 	19.5 	9.1 	9.1 	6.5 	15.3 	6.0 	9.1 	10.0 	29.6 	12.0 	17.4 	21.2 	8.7 	14.8 	19.9 	8.5 	18.2 	14.1 	7.1 	28.0 	8.4 	14.8 	12.9 	12.3 	15.4 	14.7 	6.3 	14.3 	; ... 
-6.9 	-5.5 	-8.1 	-3.4 	-6.9 	-7.0 	-1.3 	-1.8 	-18.8 	-11.0 	-13.5 	3.0 	-3.3 	-4.7 	-13.7 	-14.6 	-7.4 	-1.1 	-10.9 	-11.7 	-1.1 	-13.4 	-8.4 	2.6 	-9.8 	-12.3 	-17.0 	-13.0 	-4.1 	-4.2 	-15.1 	-12.2 	-1.8 	-9.2 	-9.8 	-10.6 	-8.3 	-5.0 	-4.3 	-12.2 	-15.5 	-7.1 	-20.2 	-9.3 	-16.0 	-11.3 	-10.8 	-7.3 	-2.8 	-18.3 	; ... 
26.7 	17.1 	11.1 	2.3 	13.2 	25.0 	7.8 	12.3 	16.6 	15.6 	11.9 	5.2 	10.8 	11.4 	18.2 	11.6 	29.3 	10.8 	9.5 	22.9 	10.6 	17.6 	15.0 	17.4 	16.2 	15.5 	11.2 	12.2 	17.0 	15.7 	15.7 	22.2 	16.2 	20.0 	21.7 	10.8 	15.1 	8.7 	20.7 	8.9 	10.5 	24.2 	18.4 	23.1 	20.0 	12.5 	14.2 	20.5 	11.1 	15.8 	; ... 
10.3 	-1.7 	4.5 	-6.8 	-9.5 	-3.2 	3.0 	-4.0 	9.4 	5.1 	1.7 	9.0 	-2.4 	9.4 	8.8 	0.5 	8.6 	-2.0 	-0.5 	6.3 	-7.6 	3.6 	-2.5 	3.4 	10.2 	8.3 	2.0 	10.9 	5.9 	4.8 	6.7 	3.9 	0.8 	7.5 	5.9 	-6.7 	4.3 	5.4 	-8.2 	1.8 	-1.9 	9.6 	-1.9 	2.9 	3.2 	4.6 	-4.0 	3.0 	-0.2 	19.0 	; ... 
7.5 	5.5 	6.6 	25.5 	9.6 	2.9 	17.0 	7.0 	3.1 	14.3 	18.4 	20.7 	5.0 	13.0 	22.9 	13.6 	-2.9 	23.9 	6.4 	9.6 	8.9 	14.1 	19.9 	9.2 	23.8 	5.1 	12.8 	14.6 	-2.8 	0.2 	7.6 	16.6 	16.7 	16.1 	8.8 	5.9 	14.9 	21.6 	0.0 	9.7 	4.9 	15.0 	26.1 	14.7 	15.1 	10.9 	7.1 	13.8 	13.0 	2.5 	; ... 
24.6 	18.5 	19.6 	11.7 	3.8 	8.7 	3.0 	-3.6 	19.0 	14.1 	19.2 	3.8 	-4.5 	0.8 	15.0 	17.3 	15.9 	21.2 	10.5 	12.7 	17.3 	21.7 	3.9 	21.0 	12.6 	10.0 	13.9 	13.9 	24.0 	14.1 	18.3 	16.2 	12.4 	15.5 	25.4 	20.1 	6.3 	4.1 	18.7 	15.1 	5.4 	13.6 	7.0 	20.5 	13.2 	16.3 	21.8 	14.9 	7.2 	16.9 	; ... 
-0.6 	-10.2 	-12.5 	-18.1 	-10.3 	8.7 	-14.9 	-11.3 	-3.7 	-13.7 	0.0 	-12.8 	2.7 	-2.7 	-15.5 	-20.0 	-5.9 	-7.7 	4.7 	-2.6 	-13.3 	-4.2 	-12.9 	-9.7 	-0.1 	-11.0 	-7.7 	-9.2 	-15.2 	-6.5 	-12.3 	-6.0 	-7.0 	-6.6 	-15.0 	-10.8 	0.3 	3.3 	0.4 	-12.3 	-11.8 	-13.9 	-11.4 	-2.8 	-10.8 	-16.5 	-15.0 	-23.1 	-11.9 	-26.5 	; ... 
9.9 	1.7 	6.7 	-0.2 	4.2 	3.5 	-4.0 	1.2 	1.8 	4.2 	12.2 	6.3 	22.4 	2.2 	7.5 	10.7 	6.9 	12.8 	10.1 	12.3 	7.2 	-3.1 	10.8 	7.5 	-0.6 	-5.2 	18.6 	3.9 	7.5 	-0.0 	4.0 	2.3 	14.1 	10.3 	5.5 	7.3 	16.3 	16.0 	11.2 	0.9 	12.0 	10.1 	6.8 	8.3 	-1.5 	1.3 	9.9 	6.7 	11.4 	-5.1 	; ... 
25.1 	25.1 	20.8 	22.4 	14.9 	15.0 	16.6 	4.7 	25.6 	10.5 	26.1 	16.5 	7.5 	24.3 	16.9 	17.9 	19.0 	25.6 	31.7 	13.4 	14.6 	27.5 	13.7 	11.0 	27.7 	21.6 	18.8 	19.4 	13.5 	21.9 	25.3 	18.7 	16.2 	18.9 	17.9 	19.9 	12.9 	13.6 	16.6 	28.3 	10.3 	14.1 	17.4 	14.4 	20.5 	19.8 	14.8 	5.8 	11.2 	24.6 	; ... 
4.0 	11.9 	8.3 	4.3 	11.0 	13.2 	15.9 	-1.7 	7.7 	9.3 	7.6 	0.5 	3.9 	10.7 	8.1 	13.4 	1.0 	17.2 	-7.3 	19.2 	18.8 	8.2 	11.9 	6.3 	6.7 	13.8 	15.1 	12.2 	20.0 	17.2 	6.2 	16.9 	7.1 	6.5 	15.9 	-1.8 	11.4 	6.1 	2.4 	-4.3 	9.3 	-3.9 	11.2 	13.3 	11.5 	7.2 	0.4 	8.8 	20.5 	7.8 	; ... 
2.9 	-1.5 	3.4 	1.5 	-3.5 	13.4 	19.1 	4.7 	6.9 	5.2 	-2.1 	2.3 	12.4 	10.1 	-0.1 	10.5 	5.3 	-1.1 	-4.3 	6.6 	-4.3 	1.6 	5.7 	3.6 	1.7 	5.3 	16.9 	2.7 	13.4 	6.2 	3.5 	10.9 	3.6 	2.8 	2.2 	-7.9 	7.0 	10.1 	-1.3 	-5.2 	-0.4 	-0.4 	-0.2 	7.7 	2.5 	11.4 	-2.7 	11.9 	2.3 	6.2 	; ... 
11.9 	-0.9 	4.2 	-1.0 	-0.1 	11.7 	-4.4 	-4.2 	7.0 	9.6 	0.8 	10.2 	3.7 	2.3 	8.8 	8.2 	7.1 	0.2 	12.6 	6.1 	1.7 	5.4 	4.6 	1.4 	11.8 	4.7 	14.0 	2.9 	15.8 	10.8 	19.6 	11.8 	-0.4 	5.0 	1.9 	6.0 	4.1 	10.5 	-3.5 	11.0 	7.0 	-3.2 	1.0 	13.7 	13.2 	22.9 	6.1 	2.7 	9.5 	14.0 	; ... 
-1.0 	5.8 	8.3 	-13.6 	-4.3 	-9.1 	-0.5 	-15.7 	-2.0 	-1.7 	-8.3 	-3.4 	-4.4 	-4.6 	-3.8 	-12.3 	0.7 	11.8 	-4.7 	5.6 	-3.3 	-4.1 	-15.3 	6.7 	-4.2 	-2.0 	-17.8 	-8.3 	-14.4 	4.2 	-7.1 	-2.8 	-4.2 	-3.0 	14.5 	3.1 	-2.5 	-10.9 	-2.8 	-6.4 	-8.6 	-5.5 	-9.6 	-10.2 	-1.8 	-0.6 	0.1 	-9.6 	-6.7 	-10.3 	; ... 
-1.1 	6.8 	10.4 	7.2 	11.4 	19.4 	5.8 	10.1 	17.7 	8.9 	4.9 	10.5 	18.7 	11.3 	4.9 	7.0 	8.5 	2.0 	15.7 	0.2 	-1.5 	9.3 	9.6 	16.5 	-1.7 	20.3 	20.8 	10.7 	12.3 	8.6 	-0.2 	7.0 	5.1 	1.4 	14.0 	8.1 	10.7 	10.9 	14.9 	6.0 	14.5 	-3.7 	6.4 	5.7 	5.0 	11.6 	7.6 	13.3 	8.9 	17.1 	; ... 
-7.7 	-9.0 	-6.9 	0.6 	-9.0 	-14.2 	-2.6 	-8.8 	-12.2 	-12.8 	-5.4 	3.9 	-9.3 	-2.6 	-6.0 	-5.9 	-4.2 	-4.6 	-15.3 	-1.8 	-5.8 	-16.6 	5.2 	1.9 	-7.1 	0.9 	-3.6 	4.1 	0.6 	-5.5 	-0.3 	-7.5 	-8.9 	1.7 	-9.4 	4.7 	-1.5 	3.4 	-3.5 	-0.8 	-23.8 	3.5 	-2.9 	-8.0 	-8.2 	-19.3 	-6.1 	-1.1 	-23.4 	0.6 	; ... 
-22.0 	-11.9 	-6.8 	-9.1 	-0.4 	-1.7 	-15.7 	-9.4 	-6.9 	-4.4 	-20.3 	-7.8 	-15.6 	-21.6 	-7.8 	-1.3 	-20.2 	-14.3 	-1.7 	-18.0 	-10.1 	-5.2 	-11.6 	-15.6 	-13.8 	-19.0 	-6.5 	-9.7 	-7.9 	-18.5 	-4.5 	-17.7 	-0.3 	-20.5 	-4.2 	-13.4 	-7.8 	-5.5 	-19.5 	-9.7 	-5.0 	-8.8 	-5.5 	-12.1 	-10.8 	-8.1 	-11.7 	-6.4 	-6.6 	-8.7 	; ... 
2.3 	1.7 	22.9 	16.8 	-3.4 	7.5 	-14.6 	7.5 	3.8 	21.3 	5.2 	14.9 	10.3 	-3.1 	9.4 	16.4 	3.3 	6.7 	12.0 	3.4 	3.0 	23.2 	10.4 	21.4 	3.5 	0.3 	19.1 	4.6 	15.5 	7.0 	10.1 	14.3 	12.0 	14.0 	-0.0 	10.6 	8.4 	6.2 	-3.1 	5.7 	7.4 	2.2 	8.8 	14.3 	6.3 	10.6 	8.0 	18.7 	5.9 	20.1 	; ... 
10.2 	1.2 	-3.9 	-6.1 	-0.2 	18.7 	-7.3 	0.9 	-10.0 	-5.3 	-0.9 	5.0 	17.9 	4.1 	4.9 	-19.9 	2.1 	2.7 	7.9 	0.5 	-3.5 	-6.3 	-0.9 	-4.9 	6.5 	2.1 	-3.4 	-4.3 	-7.8 	-4.3 	1.1 	-0.9 	-17.8 	5.8 	-4.8 	-0.5 	7.0 	-5.8 	13.2 	-11.3 	-8.2 	-4.6 	7.1 	-7.9 	-0.2 	-7.2 	-9.1 	-5.3 	-5.0 	-9.4 	; ... 
4.3 	-0.1 	-11.0 	-10.4 	-2.3 	-21.1 	2.7 	-6.3 	-0.7 	-9.7 	-6.8 	1.1 	-9.3 	-2.7 	-20.5 	-7.1 	13.6 	-1.5 	-6.0 	-7.2 	-2.6 	-7.9 	-9.0 	-12.3 	0.8 	-20.6 	-6.8 	-4.5 	-11.3 	-17.6 	-4.9 	-9.5 	0.7 	3.4 	-0.5 	-16.2 	-5.0 	9.8 	-2.0 	5.5 	-3.7 	3.0 	1.8 	-28.4 	-7.1 	8.8 	-4.5 	-9.2 	-4.2 	3.4 	; ... 
-1.2 	-10.5 	-10.1 	-9.9 	-10.1 	-17.2 	-17.6 	-30.6 	-8.5 	0.1 	-11.1 	-6.7 	-26.9 	-15.1 	-14.7 	-4.6 	-4.1 	-9.4 	-14.8 	-18.0 	-14.2 	-6.8 	-8.2 	-16.2 	-13.9 	-0.4 	4.3 	-7.1 	-9.5 	-5.4 	2.8 	-5.7 	-12.2 	-0.7 	-21.1 	-11.2 	-15.4 	-11.3 	-13.5 	-8.0 	-16.9 	0.6 	-1.5 	-2.5 	-5.6 	-17.3 	-12.4 	-5.9 	-11.2 	-9.1 	; ... 
0.6 	2.4 	-10.7 	-4.0 	-10.9 	7.3 	10.0 	-10.6 	0.8 	-8.1 	1.9 	-6.7 	-8.0 	4.2 	7.2 	-6.9 	-9.6 	10.7 	-14.6 	-4.9 	2.5 	-1.9 	-4.2 	-5.1 	2.5 	-1.5 	-0.2 	-1.5 	0.4 	0.4 	-5.7 	3.9 	-9.5 	-14.2 	3.2 	-0.9 	-9.1 	5.5 	-7.8 	2.4 	-0.1 	-10.4 	-6.8 	6.0 	0.4 	9.4 	3.3 	-1.0 	-1.4 	-5.9 	; ... 
19.1 	12.0 	8.5 	7.9 	5.7 	9.1 	16.6 	1.0 	9.5 	11.7 	10.8 	8.9 	13.8 	3.9 	12.5 	11.3 	18.1 	7.5 	-5.9 	21.8 	10.3 	1.6 	1.5 	10.0 	-3.6 	8.8 	17.1 	4.3 	28.4 	14.7 	18.2 	6.3 	4.8 	7.1 	9.0 	15.6 	11.5 	15.8 	15.5 	6.2 	-0.7 	5.2 	1.3 	13.8 	0.8 	17.5 	18.1 	22.3 	8.1 	19.4 	; ... 
6.2 	-6.6 	-0.2 	9.0 	0.2 	-2.1 	-3.2 	4.1 	-0.9 	-4.3 	16.5 	16.6 	-2.3 	7.7 	12.2 	17.3 	7.3 	4.1 	-8.5 	5.1 	9.4 	-5.2 	12.2 	9.1 	20.2 	6.9 	0.5 	13.1 	8.0 	2.2 	8.3 	9.0 	8.2 	11.3 	0.3 	9.5 	13.5 	-2.1 	-16.9 	15.5 	9.7 	2.6 	4.5 	5.5 	10.3 	0.8 	1.3 	13.9 	4.1 	9.0 	; ... 
-7.9 	-4.9 	-9.0 	-3.3 	12.5 	-3.2 	16.8 	11.6 	-3.8 	-9.5 	-3.9 	-4.0 	-16.2 	2.7 	-7.7 	-7.6 	-4.4 	-7.4 	-16.6 	-17.7 	-1.3 	-13.0 	-22.2 	-14.5 	4.6 	-4.4 	-8.8 	0.4 	-15.1 	-4.9 	-13.1 	-15.6 	1.3 	-16.6 	-26.7 	-11.9 	-6.2 	-7.0 	-10.9 	-6.6 	-14.6 	4.8 	-10.0 	-14.2 	-6.6 	-14.9 	-12.8 	-13.7 	-6.0 	-17.0 	; ... 
7.4 	18.6 	19.0 	13.6 	16.8 	12.4 	20.1 	10.2 	18.0 	9.3 	14.5 	10.8 	0.7 	3.5 	7.5 	19.4 	-0.9 	18.8 	0.1 	0.3 	-11.6 	17.1 	13.1 	3.9 	6.7 	16.5 	35.1 	10.9 	9.7 	11.1 	10.5 	8.4 	14.9 	-8.5 	-1.1 	10.9 	3.4 	6.9 	15.5 	8.4 	-12.3 	2.9 	17.3 	20.1 	0.1 	17.0 	5.5 	11.7 	21.3 	9.5 	; ... 
7.2 	12.2 	0.4 	4.3 	-4.4 	9.5 	6.7 	17.1 	4.1 	-0.8 	2.4 	11.0 	11.4 	11.3 	8.9 	11.0 	7.6 	-2.2 	-2.8 	5.4 	20.2 	9.1 	15.1 	1.3 	12.5 	23.5 	16.1 	6.0 	20.5 	6.5 	11.0 	20.4 	2.4 	16.2 	8.1 	12.4 	14.1 	-5.0 	12.3 	3.3 	24.5 	11.1 	-1.4 	7.3 	14.3 	12.9 	7.3 	8.7 	6.7 	11.0 	; ... 
-7.3 	-9.5 	-6.8 	-13.6 	-6.1 	-1.3 	-16.7 	-10.9 	-9.5 	-4.9 	-5.2 	-3.1 	-9.0 	-11.0 	-6.6 	-6.5 	-2.4 	-13.3 	-2.8 	-5.5 	-12.5 	-5.0 	-20.0 	-13.0 	-3.4 	-11.0 	-8.5 	-15.2 	-9.2 	-1.9 	2.2 	-10.0 	-13.8 	-8.3 	-10.1 	-16.3 	-10.0 	-14.0 	-8.5 	-11.7 	-16.5 	-9.2 	-3.5 	-2.8 	-6.7 	-1.4 	-13.1 	-1.5 	4.9 	-11.1 	; ... 
9.3 	13.9 	16.8 	27.5 	11.5 	18.4 	23.5 	14.6 	18.7 	17.9 	14.3 	17.2 	10.1 	17.4 	18.2 	31.4 	15.0 	12.8 	13.3 	16.7 	29.4 	27.4 	17.7 	19.6 	18.9 	13.6 	14.1 	24.1 	23.4 	20.3 	11.4 	20.6 	19.5 	16.6 	14.3 	12.6 	20.1 	23.1 	2.4 	12.3 	16.7 	5.4 	8.1 	17.4 	26.3 	15.4 	14.5 	21.5 	8.6 	17.6 	; ... 
-1.2 	-8.0 	-8.8 	-13.4 	-13.3 	4.6 	-11.3 	-12.9 	-2.1 	-1.8 	-19.2 	-8.9 	-1.1 	-9.2 	-7.6 	-8.8 	3.5 	-9.9 	-2.7 	-2.6 	-1.6 	-18.2 	-14.7 	-3.3 	-21.1 	-20.6 	-4.6 	-11.3 	1.2 	-6.1 	-6.1 	-6.8 	-9.8 	-15.1 	5.6 	-13.4 	-9.3 	-2.3 	-12.4 	-3.6 	-1.1 	-0.1 	-17.2 	-6.5 	-1.2 	-6.4 	-12.9 	-8.4 	-5.5 	-0.4 	; ... 
-5.1 	4.9 	8.6 	-6.7 	16.3 	-1.4 	1.2 	2.8 	5.9 	15.7 	2.0 	5.3 	1.1 	8.3 	0.1 	23.9 	10.1 	-5.4 	10.8 	-3.2 	7.2 	-4.5 	6.2 	-1.9 	-2.9 	5.4 	20.1 	17.8 	3.8 	-1.8 	5.6 	-1.1 	21.3 	6.1 	0.4 	4.2 	9.8 	14.8 	-0.2 	18.5 	16.6 	10.9 	9.8 	5.3 	13.1 	1.8 	-0.4 	5.1 	13.1 	14.6 	; ... 
-3.4 	-9.5 	-0.1 	-5.2 	-3.0 	-1.8 	-14.4 	-2.8 	-4.9 	-4.4 	-2.3 	7.9 	-6.4 	-3.8 	-2.5 	-3.1 	-1.1 	-6.4 	-9.2 	-7.9 	0.6 	0.8 	-12.4 	8.6 	-0.9 	-16.0 	-8.3 	0.5 	-5.0 	2.3 	-9.4 	-7.5 	4.5 	-7.6 	-11.3 	-25.6 	3.5 	-0.9 	-18.3 	-0.0 	-11.3 	-10.0 	-8.3 	-0.4 	-8.1 	-10.2 	-17.6 	-0.7 	10.0 	-8.4 	; ... 
-12.8 	-10.1 	-4.1 	-2.3 	-5.2 	-5.2 	-3.8 	-3.8 	-1.8 	-13.7 	-8.7 	-14.3 	-5.2 	2.0 	-9.8 	-5.8 	-5.4 	-9.4 	3.3 	-15.6 	-15.3 	-10.9 	-4.5 	-5.1 	-1.9 	-2.4 	4.1 	-7.9 	6.4 	-8.3 	-2.9 	-12.4 	-9.3 	-10.0 	-4.8 	-16.2 	-10.3 	-21.3 	-11.1 	-5.2 	2.1 	-10.4 	-7.2 	-10.0 	-17.6 	-6.2 	-6.8 	-13.4 	-2.7 	6.7 	]; 
